Metropolitan Dispatch Grid (Downtown Core)
Click canvas to spawn on-demand passenger
Fleet Dispatch Parameters
Downtown Core Peak
OPERATIONAL SCENARIOS:
Fleet Utilization
82.4%
Fares vs Deadhead/Idle
Deadhead Miles
14.2%
Unpaid transit miles
Avg Passenger Wait
3.8 min
Dispatch to pickup ETA
Fleet Gross Margin
$348.60/hr
Net revenue minus ops
Passenger Savings
68.9%
vs $2.25/mi human rate
Unit Economics per Passenger Mile: Cybercab vs Conventional Rideshare
Assumes $0.14/kWh grid power
| Cost Component | Tesla Cybercab | Uber/Lyft Driver |
|---|---|---|
| Driver Compensation / Split | $0.00 | $1.58 (70%) |
| Energy / Fuel Consumption | $0.035 (0.25 kWh/mi) | $0.180 (Gasoline) |
| Vehicle Depreciation & Amortization | $0.140 ($30k cap) | $0.220 |
| Autonomous Vision / Compute HW | $0.045 | $0.000 |
| Autonomous Fleet Insurance & Liability | $0.080 | $0.150 |
| Fleet Cleaning & Inductive Depot Ops | $0.050 | $0.040 |
| Total Cost to Deliver 1 Passenger Mile | $0.350 | $2.170 |
| Operating Margin to Operator / Platform | +$0.350 / mi | +$0.080 / mi |
Live Autonomous Trip Log & Dispatch Ledger
Showing 15 Trips
| Vehicle ID | Origin → Dest | Dist (mi) | Wait Time | Fare ($) | Battery | Status |
|---|
Axios Market Analysis: The Autonomous Robotaxi Disruption Threshold
As Axios confirmed commercial ride-hailing availability for Tesla's Cybercab, fleet economics enter unprecedented territory. Traditional human-driven rideshare services (Uber, Lyft) operate at approximately $2.10 to $2.80 per passenger mile, where roughly 65% to 75% of every dollar goes to driver payouts, gas, and individual vehicle upkeep. By eliminating the driver labor cost and running dedicated purpose-built two-seater electric platforms with inductive wireless depot charging, Cybercab's all-in operating expenses drop below $0.40/mile. This simulator calculates real-time deadheading overhead, spatial clustering, and peak fleet utilization across multiple metropolitan profiles.